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(a) The electric field intensity E in free space is given by:E→ = 2 x3 x^+2 xyy^+zz^V/mDetermine the following: (i) Electric flux density D→ at P(1, 2, 3), [2] (ii) Force on charge 2 mC located at Q(2, 2, 2), [2] (iii) The volume charge density ρv at R(1, 3, 4) [2] (b) Determine the total charge associated with the line charge density ρl = 20ρC/m on the line1 m<ρ<2.5 m

(a) The electric field intensity E in free space is given by:E→ = 2 x3 x^+2 xyy^+zz^V/mDetermine the following: (i) Electric flux density D→ at P(1, 2, 3), [2] (ii) Force on charge 2 mC located at Q(2, 2, 2), [2] (iii) The volume charge density ρv at R(1, 3, 4) [2] (b) Determine the total charge associated with the line charge density ρl = 20ρC/m on the line1 m

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(a) The electric field intensity E in free space is given by:
E → = 2 x 3 x ^ + 2 x y y ^ + z z ^ V / m
Determine the following: (i) Electric flux density D → at P ( 1 , 2 , 3 ) , [ 2 ] (ii) Force on charge 2 m C located at Q ( 2 , 2 , 2 ) , [ 2 ] (iii) The volume charge density ρ v at R ( 1 , 3 , 4 ) [ 2 ] (b) Determine the total charge associated with the line charge density ρ l = 20 ρ C / m on the line
1 m < ρ < 2.5 m

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